At absolute zero, molecules come to a complete stop as they lose all kinetic energy. Their thermal motion ceases, leading to minimal vibration or movement. This results in a state of minimum energy and minimal entropy.
The Kelvin scale has a zero at its lowest temperature, known as absolute zero. At absolute zero, atoms and molecules cease to move, resulting in zero thermal energy.
At absolute zero, molecules come to a standstill and do not possess any kinetic energy. This means they stop moving and their vibrations cease, resulting in the complete absence of thermal energy. At this point, all molecular motion halts, making it the lowest possible temperature in the universe.
Yes, absolute zero is the lowest possible temperature where a substance has minimal thermal energy. At absolute zero, the atoms or molecules in a substance stop moving and have no kinetic energy. This temperature is equivalent to 0 Kelvin or -273.15 degrees Celsius.
At zero degrees Kelvin, also known as absolute zero, all molecular motion stops. It is considered the coldest temperature in the universe, and no physical object can reach this temperature in reality.
Absolute zero is the lowest possible temperature where particles have minimal motion. If you were to touch an object at absolute zero, the extreme cold would cause rapid heat transfer from your body to the object, potentially leading to frostbite or severe tissue damage. However, achieving absolute zero is currently impossible in practice.
No, the speed of molecules at absolute zero temperature is zero. This is because at absolute zero, there is no thermal energy present to cause the molecules to move.
Absolute zero has not been achieved, temperature is simply proportional to the speed of the molecules, and absolute zero is the temperature that corresponds to a molecule that is not moving at all. While it happens all the time instantanously, we cannot get groups of molecules to stop moving altogether. We have gotten molecules extremely close to that speed using magnets to pull energy from molecules.
by the laws of thermodynamics, nothing can ever reach absolute zero. Theoretically, molecular motion would stop. They would still be molecules, they would just not move.
No. They are as frozen still as they can ever be. It is said to be scientifically impossible to actually reach absolute zero.
The molecules of water slow down and eventually stop when you hit absolute zero.
When they are the coldest that they can be is when they have the least energy. Absolute Zero is when molecules have no energy and are not moving, but it is impossible to get to that degree.
At absolute zero molecules are not supposed to move, so in theory everything would be a solid
In theory, all molecular motion ceases at absolute zero which is 0 Kelvin (-273.15 degrees Celsius). At this temperature, the molecules have minimal energy and stop moving completely. However, reaching absolute zero is not practically possible.
The Kelvin scale has a zero at its lowest temperature, known as absolute zero. At absolute zero, atoms and molecules cease to move, resulting in zero thermal energy.
Temperature is a measure of the average speed of the molecules in what's being measured. The faster the molecules move the higher the temperature, and the slower the molecules move the lower the temperature. At absolute zero, the molecules in what's being measured are completely stopped. Since molecules can't move any slower than stopped, absolute zero is the minimum temperature.
It is the coldest temperature. Nothing is colder than absolute zero. Scientists do know what happens in absolute zero because to get it to absolute zero, they have to put the object in something colder. But like mentioned above, nothing is colder than absolute zero. It is pretty much the end of the thermometer.
At absolute zero, water would freeze and form a crystal lattice structure as its molecules slow down and lose kinetic energy. The expansion that occurs when water freezes is due to the arrangement of molecules in the crystal lattice, not necessarily related to temperature.